Spray Tech Junair  

Technology and Design: Spray Tech’s oil coalescer is engineered for optimal performance in industrial oil-water separation through its innovative technology and robust design:

• Multistage Separation: This system utilizes gravity and specially designed media to efficiently separate oil droplets from water, ensuring high levels of purity in the discharge.
• Coalescing Media: The advanced materials used in the coalescing media feature oleophilic properties, which maximize the surface area to attract oil while repelling water. This ensures that even the smallest oil droplets are captured and removed.
• Modular Design: The oil coalescer's scalable and easy-to-maintain modular design allows for adaptation to various flow rates and levels of contamination, making it suitable for a wide range of industrial applications.
• Durability and Maintenance: Constructed with corrosion-resistant materials, the coalescer is built to withstand harsh environments. Its design facilitates easy cleaning and quick media replacement, minimizing downtime and ensuring long-term operational efficiency.

Environmental and Economic Benefits:

• Environmental Compliance: The oil coalescer is designed to meet stringent discharge standards, preventing environmental fines and harm to ecosystems.
• Resource Recovery: This system efficiently recovers valuable oil, which can be reused or sold, providing economic benefits.
• Operational Efficiency: By protecting downstream equipment from oil contamination, the coalescer reduces maintenance costs and extends the lifespan of industrial systems.
• Sustainability: The oil coalescer not only reduces environmental impact but also promotes resource conservation, supporting corporate sustainability goals.

Applications: The Spray Tech oil coalescer is versatile and effective across a variety of industries:

• Oil and Gas: Efficiently separates oil from produced water, ensuring compliance with industry regulations.
• Manufacturing: Recovers valuable metalworking fluids and coolants, reducing waste and operational costs.
• Marine: Treats bilge water to meet environmental regulations, preventing oil pollution in marine environments.
• Wastewater Treatment: Removes oil and grease from industrial effluents, protecting waterways and ensuring regulatory compliance.

This advanced oil coalescer by Spray Tech is a reliable and efficient solution for industries seeking to improve operational efficiency while maintaining environmental responsibility.

Key Features  

• Advanced Filtration: Multi-stage processes remove particulates and contaminants.
• Evaporation: Reduces liquid waste volume, allowing for easier disposal or material reuse.
• Automation and Control: Automatically fills unit for optimal operation.

Applications

Ideal for industries such as:

• Manufacturing: Metal finishing, textile production, and chemical manufacturing.
• Food and Beverage: Dairy processing and beverage bottling.
• Pharmaceuticals: Ensures compliance with regulatory requirements.
• Energy: Manages process water and cooling tower blowdown.

Benefits

• Environmental Protection: Eliminates wastewater discharge, reducing pollution.
• Regulatory Compliance: Meets stringent environmental regulations.
• Cost Savings: Reduces water and treatment costs, recovers valuable materials.
• Sustainability: Supports resource conservation and reduces environmental footprint.

Conclusion

Technology and Design

The CoolR units feature:

- **High-Efficiency Cooling Media**: Maximizes surface area for optimal heat absorption and long life.

- **Advanced Water Distribution System**: Ensures uniform wetting and enhances cooling performance.

- **Energy-Efficient Fans**: Provide powerful, quiet airflow with minimal energy consumption.

- **Robust Construction**: Built with corrosion-resistant materials for durability in harsh environments.

- **Modular Design**: Allows easy scalability and integration into various setups and various CFM’s

Applications

Versatile applications include:

- **Industrial Facilities**: Cooling for manufacturing spaces, warehouses, and assembly lines.

- **Agriculture**: Climate control in greenhouses and livestock facilities.

Environmental and Economic Benefits

- **Energy Savings**: High efficiency and low power consumption reduce operational costs.

- **Environmental Impact**: Uses water for cooling, reducing reliance on refrigerants.

- **Cost-Effective Cooling**: Lower initial investment and operating expenses compared to traditional air conditioning.

- **Improved Air Quality**: Filters dust and contaminants, enhancing indoor air quality.